QHY16200A with FREE Custom Adapter
- SKU:
- QHY16200A-5x2
- Availability:
- In stock now. Ships in 1-2 working days
- Weight:
- 4.00 KGS
- Shipping:
- Free Shipping
Brand new 16MP APS-H mono CCD sensor co-developed by Onsemi and QHYCCD
QHY16200 A is designed with amateur astronomers in mind. The 16MP APS-H sensor is a product of close collaboration between QHYCCD and Onsemi (previously Kodak). This sensor KAF-16200 is 58% larger than an APS-C sensor such as the one in QHY8L and 240% larger than a 4/3 sensor in QHY9S-M.
KAF-16200 pixel size is 6µm x 6µm, slightly larger than QHY9S-M's 5.4µm. The peak quantum efficiency is 59% at 550nm and 48% at hydrogen alpha line. Readout noise is 9-10e- typically.
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Highlights
- 16MP APS-H Full Frame CCD (59% peak QE)
- Built in 5 positions 2-inch filter wheel
- Built in off-axis guider
- Built in Optics window heater
- Integrated USB hub with 3 ports
- Integrated USB to RS232 ports x2
QHY A series
The A series cameras such as QHY16200A, QHY90A and QHY695A are integrated cameras whereas the A stands for ALL. It combines the camera body with built in filter wheel, on axis guider, USB hub and USB-RS232 converter to provide amateur astronomers a compact and simple user experience. The autoguiding camera could connect directly to the A series USB hub and only one USB cable to the computer is required.
QHY16200A has a built in 5 positions 2-inch filter wheel.

Gallery
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| Author: James Shimoji Calibration and batch composite in PixInsight. Telescope: Takahashi FSQ106ED 645RD (380mm f/3.6) |
| Sensor | Onsemi KAF-16200 Full Frame CCD |
| Effecitve pixel count | 16 Megapixels |
| Pixel size | 6µm x 6µm |
| Peak quantum effiency | 48% @ H-alpha, 59% @ 550nm |
| Full well capacity | 41 ke- |
| Anti blooming gate | -2000x of full well capacity |
| Microlenses on chip | Yes |
| Effective pixel array size | 4540[H] x 3630[V] |
| Chip size | 27.0 mm x 21.6 mm |
| Backfocus | 33.5-34mm (5 positions 2" filter wheel version) |
| To be announced (7 positions 2" filter wheel version) | |
| Typical size | APS-H |
| Thermal noise | 0.04 e-/pixel/s @ -20 deg C |
| Readout method | Progressive Scan |
| Exposure Time | 1ms - 10,000s |
| Shutter | Butterfly mechanical shutter (uniform illumination) |
| Download speed | TBA |
| Preview speed (4*4 binning) | TBA |
| Readout noise | 9-10 e- @ 1MPixels/s |
| Supported binning modes | 1*1, 2*2, 4*4 |
| System gain | 0.7 e-/ADU |
| Analog-digital converter | 16-bit with CDS and Pre-amp |
| Power consumption | 8 W (0% cooling power) |
| 16.5 W (50% cooling power) | |
| 27 W (100% cooling power) |
Thermal specification
- 2-stage TEC -40ºC below ambient
- Airproof CCD chamber with removable silica tube socket
- Built-in active cooling fan
- Built-in optical window anti-dew heater
Interfaces
- M54p0.75 to telescope
- USB 2.0 x3 (2 host, 1 slave)
- RS232 LEMO 3 pins port x2


